Towards a Physically Plausible Constrained Shader Graph System for Predictive Rendering

Most recent approaches build on single-pass ray-casting, where the entire volume is traversed in a single rendering pass using data-dependent looping in the hardware fragment

Although this approach is a viable means of goal-based animation it is very destructive to the integrity of the initial motion capture data, in many cases, rendering the

3. A texture based, cylindrical profile is used to build a color volume representing the oxidation region for the shader rendering step, i.e., the visible part of the flame as shown

In this paper, we are presenting an approach to combining in- teractivity and physically correct light simulation in one VR application. We propose a rendering approach that

Using a global illumination renderer with physically cor- rect shader and shadow mapping algorithms in Blender, we rendered high-resolution images showing a fluid flow visu-

In this paper, we present a physically-based opening design method that determines the number, location and shape of the open- ings, given the designer’s lighting intentions and

By using a topological structure called EBM-LCC that allows to model buildings, we create a new tool that allows to detect these three type of errors in 3D city models.. The solution

We have shown, using phantom data, that the resulting method is capable of denoising PC-MRI measurements and yields physically plausible data, with minimal deviation from to